CN104058497B - A kind of microbial treatment device - Google Patents
A kind of microbial treatment device Download PDFInfo
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- CN104058497B CN104058497B CN201410308116.1A CN201410308116A CN104058497B CN 104058497 B CN104058497 B CN 104058497B CN 201410308116 A CN201410308116 A CN 201410308116A CN 104058497 B CN104058497 B CN 104058497B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/30—Wastewater or sewage treatment systems using renewable energies
- Y02W10/37—Wastewater or sewage treatment systems using renewable energies using solar energy
Abstract
A kind of microbial treatment device, comprise cavity volume, the biofilm bed be arranged in cavity volume, it is characterized in that biofilm bed comprises vertical number row's expanded metal lath of placing or wire bundle, the magnetic kind of vertically placing, the material of expanded metal lath or wire bundle is the magnetically permeable material except soft magnetic materials be magnetized, and magnetic kind is scattered and is adsorbed in expanded metal lath or wire bundle; Or magnetic kind is the magnetically permeable material except soft magnetic materials be magnetized of powdery, and expanded metal lath or wire bundle are magnetically permeable materials, and magnetic kind is scattered and is adsorbed in expanded metal lath or wire bundle.Compared with the prior art the present invention, has and regularly need not transport ight soil, need not just can meet advantage that is lasting, high strength use in external water source.
Description
Technical field
The present invention relates to a kind of biologic treating technique.
Background technology
Existing Porta Potti, generally by removable house, be arranged on pit in removable house and fecal collection container is formed, during use, need external water source can continue to supply the water of flushing, meanwhile, also regularly will transport ight soil.This kind of Porta Potti, because ight soil is transported in the external water source of needs and timing, therefore, use very inconvenient, and the transport of ight soil is easy brings peculiar smell to surrounding environment, once transport not in time, Porta Potti can be caused not use, if environment for use lacks water source, the cistern water supply entrained by moveable house can only be relied on, and the volume of the water tank carried is limited, can not meet lasting, the use of high strength, and continue, the function of the use of high strength (as railway station square when being arranged on the place of a large amount of crowd party or running peak or lack water source and the numerous tourist attractions etc. of traveller) often required for Porta Potti, in order to solve the above problems, people adopt microbiological treatment technology to process movement, but, because the oxynitride in movement is very high, even if biofilm bed adopts expanded metal lath or the Steel Tendon that can increase specific surface area, also be not easy more effectively to process movement up hill and dale.
Summary of the invention
Goal of the invention of the present invention is to provide a kind of easily up hill and dale more effectively to the microbial treatment device that movement processes.
The present invention realizes like this, comprise cavity volume, the biofilm bed be arranged in cavity volume, biofilm bed comprises vertical number row's expanded metal lath of placing or wire bundle, the magnetic kind of vertically placing, the material of expanded metal lath or wire bundle is magnetically permeable material, magnetic kind is magnetic conductive metal powder, magnetic kind scatter and by magnetic-adsorption in expanded metal lath or wire bundle.
During use, biofilm bed is cultivated aerobic or anerobe, the movement then by required aquation to be processed imports in biofilm bed, just can carry out having carried out a biological disposal upon.Owing to have employed magnetic kind, thus substantially increase the specific surface area of biofilm bed, thus easily more effectively movement is processed up hill and dale.When scattering magnetic kind toward expanded metal lath or wire bundle, through magnetic field treatment after can carrying out in magnetic field or scatter, like this, magnetically permeable material is magnetized, self just has magnetic force, even if leave magnetic field and the material adopted is soft magnetic materials, because magnetic conductive metal powder particles is little, weight is extremely light, remaining magnetic force also enough makes magnetic conductive metal powder be adsorbed on expanded metal lath or wire bundle outside surface securely.
Here, the material of expanded metal lath or wire bundle is magnetic stainless steel, and magnetic kind is magnetic stainless steel powder.Adopt magnetic stainless steel, both kept material to be not easy corrosion, and meanwhile, also there is enough remanent magnetism.
The particle diameter size of magnetic kind is 0.1-50 μm.
Here, in order to can adapt to the use of special anaerobic film bed and aerobic film bed and the size of sewage quantity and character, easy to use, easily manufactured and cost is low, cavity volume is elongated tubular thing, include vertical number row's expanded metal lath of placing or the wire bundle of vertically placing, the biofilm bed of magnetic kind is arranged on the middle part of elongated tubular thing, elongated tubular thing sidewall above biofilm bed is provided with the outlet with Flange joint mouth, elongated tubular thing sidewall below biofilm bed is provided with Flange joint mouth import and be with the valvular mouth that is threaded, the mouth that is threaded is positioned at the inner side of elongated tubular thing sidewall, valve is positioned at the outside of the sidewall of elongated tubular thing, the upper port of elongated tubular thing to be connected one with the upper cover of vapor pipe by flange with sealing-ring, the lower port of elongated tubular thing to be connected one with the lower cover of sewage draining exit by flange with sealing-ring, sewage draining exit is provided with sewage draining valve.
Biofilm bed is cultivated aerobic bacteria to obtain closed Aerobic biological process container, biofilm bed is cultivated anerobe to obtain closed anaerobic biological treatment container, comprise removable house, be arranged on the defecating apparatus in removable house, defecating apparatus comprises pit with cistern or toilet, the excrement outlet of pit or toilet is connected with the bottom of the anaerobic biological treatment container with exhaust pipe, the top of anaerobic biological treatment container is connected by the bottom of water pump with Aerobic biological process container, the bottom of Aerobic biological process container is provided with the oxygen inducting device with pump device, the top of Aerobic biological process container exceeds cistern and is connected with cistern, the top of Aerobic biological process container is provided with exhaust pipe, setting liquid level place on cistern is provided with overflow port, overflow port is connected by the flushing passage of pipeline with pit or toilet.
During use, toward cistern, pit/toilet, anaerobic biological treatment container, Aerobic biological process container injects enough water, start water pump, like this, water is just along Aerobic biological process container, cistern, pit/toilet, pit/toilet, anaerobic biological treatment container circulates, the stool and urine of user pours anaerobic biological treatment container from pit/toilet, deposition of solids progressively resolves into soluble substance or colloidal sol shape material and with being dissolved with dissolved organic matter and the organic water of colloidal sol type flows through anaerobic biofilm bed to the bottom organism wherein of anaerobic biological treatment container, engulf by anaerobion and process, then the aerobic biologic membrane bed of Aerobic biological process container is entered by water pump, engulf by aerobic microbiological and process, the a small amount of particulate state silting produced is to Aerobic biological process container bottom, clean water then flows into cistern, and then flow into pit/toilet.When the water yield of possessing in system is greater than the maximum amount of water set by system (owing to there being the injection of urine), part clean water can be drained in system, when the particulate state mud gathered bottom aerobic bio-processing container is abundant, escape orifice by Aerobic biological process container bottom is drained, because the amount of particulate state mud is little, therefore, the interval time of process is long, adding particulate state mud is a kind of fertilizer be destitute of smell, process convenient and negative impact can not be produced on surrounding environment, and can recycle easily.
Here, the secondary anaerobic bio-processing container of top with vapor pipe is provided with between water pump and Aerobic biological process container, water pump outlet is connected with the bottom of secondary anaerobic bio-processing container, and the top of secondary anaerobic bio-processing container is connected with the bottom of Aerobic biological process container.Employing secondary anaerobic bio-processing container effectively can increase the ability that anaerobion is disposed of sewage.
Here, in order to more effectively reduce the content of the phosphorus in water, be provided with cultivation in the periphery in removable house and have tank uncovered above algae, the water-in of tank lower than Aerobic biological process container water outlet but higher than the water outlet of tank, the water outlet of tank is higher than cistern water-in, the water-in of tank is connected with the water outlet of Aerobic biological process container, and the water outlet of tank is connected with cistern water-in.
Compared with the prior art the present invention, has and regularly need not transport ight soil, need not just can meet advantage that is lasting, high strength use in external water source.
Accompanying drawing illustrates:
Fig. 1 is structural representation of the present invention;
Fig. 2 is the partial enlarged drawing of Fig. 1 biofilm bed;
Fig. 3 is the structural representation of Application Example 1 of the present invention;
Fig. 4 is the structural representation of Application Example 2 of the present invention.
Embodiment:
Now in conjunction with the accompanying drawings and embodiments the present invention is described in further detail:
As shown in Figure 1, 2, the present invention includes cavity volume 31, the biofilm bed 32 be arranged in cavity volume 31, biofilm bed 32 comprises vertical number row's expanded metal lath of placing or wire bundle 29, the magnetic kind 30 of vertically placing, the material of expanded metal lath or wire bundle 29 is magnetically permeable materials, magnetic kind 30 is magnetic conductive metal powder, and magnetic kind 30 is scattered and by magnetic-adsorption in expanded metal lath or wire bundle 29.
The material of expanded metal lath or wire bundle 29 is magnetic stainless steel, and magnetic kind 30 is magnetic stainless steel powder.
The particle diameter size of magnetic kind 30 is 0.1-50 μm.
Cavity volume 31 is elongated tubular things, include vertical number row's expanded metal lath of placing or the wire bundle 29 of vertically placing, the biofilm bed 32 of magnetic kind 30 is arranged on the middle part of elongated tubular thing 31, elongated tubular thing 31 sidewall above biofilm bed 32 is provided with the outlet 33 with Flange joint mouth, elongated tubular thing 31 sidewall below biofilm bed 32 is provided with the import 34 with Flange joint mouth and the mouth 36 that is threaded with valve 35, the mouth 36 that is threaded is positioned at the inner side of elongated tubular thing 31 sidewall, valve 35 is positioned at the outside of the sidewall of elongated tubular thing 31, the upper port of elongated tubular thing 31 is connected one with vapor pipe 14(and exhaust pipe 14 by flange 42 with sealing-ring 43) upper cover 38, the lower port of elongated tubular thing 31 to be connected one with the lower cover 40 of sewage draining exit 39 by flange 44 with sealing-ring 45, sewage draining exit 39 is provided with sewage draining valve 41.
Application Example 1: as shown in Figure 3, biofilm bed 32 is cultivated aerobic bacteria to obtain closed Aerobic biological process container 6, biofilm bed 32 is cultivated anerobe to obtain closed anaerobic biological treatment container 5, comprise the removable house 1 with door 1a, be arranged on the defecating apparatus in removable house 1, its special feature is that defecating apparatus comprises pit with cistern 2 or toilet 3, microbial treatment device, the outlet of cistern 2 bottom water is washed by water to export with pit or toilet 3 by valve 4 and is connected, microbial treatment device comprises the anaerobic biological treatment container 5 with exhaust pipe 14 closed be positioned at below pit or toilet 3, be positioned at the Aerobic biological process container 6 closed outside house, the excrement outlet of pit or toilet 3 is connected with the bottom of anaerobic biological treatment container 5 by after water seal arrangement 8, the top of anaerobic biological treatment container 5 is connected by the bottom of water pump 9 with Aerobic biological process container 6, water pump 9 ingress on the top of anaerobic biological treatment container 5 is provided with filter screen 10, with filtering solid contaminants, the bottom of Aerobic biological process container 6 is provided with oxygen inducting device 13(with pump device 12 with the pipe of several production well), the top of Aerobic biological process container 6 exceeds cistern 2 and is connected with cistern 2, the top of Aerobic biological process container 6 is provided with exhaust pipe 14, setting liquid level place on cistern 2 is provided with overflow port 15, overflow port 15 is connected by the flushing passage of pipeline with pit or toilet 3.
Here, when cistern 2 is full of water, the water level of cistern 2 is not less than overflow port 15, and the water level of anaerobic biological treatment container 5 exceeds water pump 9 import, and the water level of Aerobic biological process container 6 is higher than the water outlet on top.Like this, just can ensure that microbiological treatment system continues there is water flow, ensure microbiological treatment continue carry out.
The position of the top of water pump 9 ingress is provided with low level water bit detector 23, and the electrical signal of low level water bit detector 23 exports and is connected with the electrical signal input of control device 19, and the electrical signal of control device 19 exports and is connected with the control electrical signal input of water pump 9.Adopt low level water bit detector 23, can prevent water pump from dallying.
The position exceeding above water pump 9 ingress of anaerobic biological treatment container 5 is provided with high-order level switch 16, this position is no less than volume when cistern 2 reaches flood level to the part volume in the anaerobic biological treatment container 5 of the upper limb (low level water bit detector 23 place) of water pump 9 ingress, cistern 2 overflow port is connected with the escape orifice 18 with electrically operated valve 17, be provided with control device 19, the electrical signal of high-order level switch 16 exports and is connected with the electrical signal input of control device 19, the electrical signal of control device 19 exports and is connected with the control electrical signal input of electrically operated valve 17.
Be provided with the device of solar generating 25 with store battery 24, the wind electricity generating system 26 to the power supply of water pump 9, electrically operated valve 17 and control device 19.Like this, even if at the environment not having extraneous power supply, also can ensure that this device normally runs.
Secondary anaerobic biological processor 21 is provided with between water pump 9 and Aerobic biological process container 6, the outlet of water pump 9 is connected with the bottom of secondary anaerobic biological processor 21, and the top of secondary anaerobic biological processor 21 is connected with the bottom of Aerobic biological process container 6.
Application Example 2: as shown in Figure 4, the present embodiment is on the basis of Application Example 1, be provided with cultivation in the periphery in removable house 1 and have tank 44 uncovered above algae, the water-in 45 of tank 44 lower than Aerobic biological process container 6 water outlet but higher than the water outlet 46 of tank 44, the water outlet 46 of tank 44 is higher than cistern 2 water-in, the water-in 45 of tank 44 is connected with the water outlet of Aerobic biological process container 6, and the water outlet 46 of tank 44 is connected with cistern 2 water-in.
Water after side, removable house 1 is provided with process can reach the water treatment device 55 of tap water standard and clean water tank 56, the water-in of water treatment device 55 is connected with the water outlet of cistern 2, the water outlet of water treatment device 55 is connected with the water-in of clean water tank 56, the water outlet of clean water tank 56 is connected with the water-in of the lavatory 57 on side, removable house 1, and the water port of lavatory 57 is washed by water to export with pit or toilet 3 and is connected.Like this, behind the upper complete lavatory of user, just wash one's hands by lavatory 57, the water washing hand is mixed in movement, effectively can dilute movement, to alleviate the processing pressure of microbiological treatment.
Claims (10)
1. a microbial treatment device, comprise cavity volume, the biofilm bed be arranged in cavity volume, biofilm bed comprises vertical number row's expanded metal lath of placing or wire bundle, the magnetic kind of vertically placing, the material of expanded metal lath or wire bundle is magnetically permeable material, magnetic kind is magnetic conductive metal powder, magnetic kind scatters and by magnetic-adsorption in expanded metal lath or wire bundle, the particle diameter size of magnetic kind is 0.1-50 μm.
2. microbial treatment device according to claim 1, is characterized in that the material of expanded metal lath or wire bundle is magnetic stainless steel, and magnetic kind is magnetic stainless steel powder.
3. microbial treatment device according to claim 1 and 2, it is characterized in that cavity volume is elongated tubular thing, include vertical number row's expanded metal lath of placing or the wire bundle of vertically placing, the biofilm bed of magnetic kind is arranged on the middle part of elongated tubular thing, elongated tubular thing sidewall above biofilm bed is provided with the outlet with Flange joint mouth, elongated tubular thing sidewall below biofilm bed is provided with Flange joint mouth import and be with the valvular mouth that is threaded, the mouth that is threaded is positioned at the inner side of elongated tubular thing sidewall, valve is positioned at the outside of the sidewall of elongated tubular thing, the upper port of elongated tubular thing to be connected one with the upper cover of vapor pipe by flange with sealing-ring, the lower port of elongated tubular thing to be connected one with the lower cover of sewage draining exit by flange with sealing-ring, sewage draining exit is provided with sewage draining valve.
4. microbial treatment device according to claim 1 and 2, its feature cultivates aerobic bacteria to obtain closed Aerobic biological process container in biofilm bed, biofilm bed is cultivated anerobe to obtain closed anaerobic biological treatment container, comprise removable house, be arranged on the defecating apparatus in removable house, defecating apparatus comprises pit with cistern or toilet, the excrement outlet of pit or toilet is connected with the bottom of anaerobic biological treatment container, the top of anaerobic biological treatment container is connected by the bottom of water pump with Aerobic biological process container, the bottom of Aerobic biological process container is provided with the oxygen inducting device with pump device, the top of Aerobic biological process container exceeds cistern and is connected with cistern, setting liquid level place on cistern is provided with overflow port, overflow port is connected by the flushing passage of pipeline with pit or toilet.
5. microbial treatment device according to claim 3, its feature cultivates aerobic bacteria to obtain closed Aerobic biological process container in biofilm bed, biofilm bed is cultivated anerobe to obtain closed anaerobic biological treatment container, comprise removable house, be arranged on the defecating apparatus in removable house, defecating apparatus comprises pit with cistern or toilet, the excrement outlet of pit or toilet is connected with the bottom of anaerobic biological treatment container, the top of anaerobic biological treatment container is connected by the bottom of water pump with Aerobic biological process container, the bottom of Aerobic biological process container is provided with the oxygen inducting device with pump device, the top of Aerobic biological process container exceeds cistern and is connected with cistern, setting liquid level place on cistern is provided with overflow port, overflow port is connected by the flushing passage of pipeline with pit or toilet.
6. microbial treatment device according to claim 5, it is characterized in that being provided with cultivation in the periphery in removable house has tank uncovered above algae, the water-in of tank lower than Aerobic biological process container water outlet but higher than the water outlet of tank, the water outlet of tank is higher than cistern water-in, the water-in of tank is connected with the water outlet of Aerobic biological process container, and the water outlet of tank is connected with cistern water-in.
7. microbial treatment device according to claim 5, it is characterized in that between water pump and Aerobic biological process container, be provided with the secondary anaerobic bio-processing container of top with vapor pipe, water pump outlet is connected with the bottom of secondary anaerobic bio-processing container, and the top of secondary anaerobic bio-processing container is connected with the bottom of Aerobic biological process container.
8. microbial treatment device according to claim 6, it is characterized in that between water pump and Aerobic biological process container, be provided with the secondary anaerobic bio-processing container of top with vapor pipe, water pump outlet is connected with the bottom of secondary anaerobic bio-processing container, and the top of secondary anaerobic bio-processing container is connected with the bottom of Aerobic biological process container.
9. microbial treatment device according to claim 5, it is characterized in that the water after side, removable house is provided with process can reach the water treatment device of tap water standard and clean water tank, the water-in of water treatment device is connected with the water outlet of cistern, the water outlet of water treatment device is connected with the water-in of clean water tank, the water outlet of clean water tank is connected with the water-in of the lavatory on side, removable house, and the water port of lavatory exports with pit or water-closet bowl flushing and is connected.
10. the microbial treatment device according to claim 6 or 7 or 8, it is characterized in that the water after side, removable house is provided with process can reach the water treatment device of tap water standard and clean water tank, the water-in of water treatment device is connected with the water outlet of cistern, the water outlet of water treatment device is connected with the water-in of clean water tank, the water outlet of clean water tank is connected with the water-in of the lavatory on side, removable house, and the water port of lavatory exports with pit or water-closet bowl flushing and is connected.
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| CN201410308116.1A CN104058497B (en) | 2014-07-01 | 2014-07-01 | A kind of microbial treatment device |
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| CN201410308116.1A CN104058497B (en) | 2014-07-01 | 2014-07-01 | A kind of microbial treatment device |
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| CN104058497A CN104058497A (en) | 2014-09-24 |
| CN104058497B true CN104058497B (en) | 2015-11-18 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US20140001120A1 (en) * | 2012-06-28 | 2014-01-02 | Rowanwood Ip Inc. | Removal of phosphorus from sewage by electrode metal addition |
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2014
- 2014-07-01 CN CN201410308116.1A patent/CN104058497B/en active Active
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| CN2740691Y (en) * | 2004-11-18 | 2005-11-16 | 王庆旺 | Sewage biologicaly self-cleaning and circulating toilet |
| CN1693223A (en) * | 2005-04-22 | 2005-11-09 | 天津大学 | Magnetictaxis bacteria separating apparatus of heavy metal ion waste water |
| CN101314500A (en) * | 2007-05-30 | 2008-12-03 | 东莞市环境科学研究所 | Microorganism colonization method |
| CN103449601A (en) * | 2013-09-10 | 2013-12-18 | 李泽 | Biological sewage treatment method and device |
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